蛋白质

基本解释 (translations)

albumin  ·  proteide  ·  protein  ·  albumoid  ·  proteid  ·  proteins  ·  prot  ·  Cp

与蛋白质相关的网络例句 [注：此内容来源于网络，仅供参考]

Congregation obtained after chitosan k and a treatments showed more tightness than sediments obtained without chitosan treatment, sediments after chitosan b and c treatments were network in structure. Mixed systems of pectin, protein and polyphenol were applied for studying a simulated system of kiwifruit juice. It was shown that the aggregates of pectin molecules in pectin solution were dispersing tubular globules. Particles in mixed solution of pectin and bovine serum albumin had two states: one was circular in photo, the other contained single particle or aggregates of several particles. Pectin decreased the interaction between protein and polyphenol and strengthened the stability of mixed solution of pectin, protein and polyphenol. Chitosan flocculated mixed solution of pectin, protein and polyphenol, and the floccule was white, having a network structure.

用果胶-蛋白质-丹宁酸混合体系作为猕猴桃原果汁的模拟体系研究结果表明：1、果胶溶液中果胶分子聚集物呈中空球形均匀分散；2、果胶／牛血清白蛋白混合溶液中的球形粒子有两种：粒子中央光线可透过，照片上呈环形；粒子的中央包含有单个或多个球形粒子的聚集体，认为粒子的中央是蛋白质，外层是果胶；3、果胶的存在抑制或减弱了蛋白质-丹宁酸之间的相互作用，果胶起到防止蛋白质-多酚产生沉淀的作用，增强了溶液的稳定性；4、壳聚糖加入果胶-蛋白质-丹宁酸混合溶液中时，可以絮凝果胶-蛋白质-丹宁酸混合溶液，溶液中出现白色的网状絮凝物。

P28 紫色 Formation of a peptide bond 肽键形成–4侧链具有的反应–形成二硫键-其它反应 Tyr,His,Arg Review Isoelectric Point Titration滴定 of an amino acid 滴定 Gly幻灯片 18 His Lys Glu Reaction of amino acids Section 4 Protein isolation and purification 蛋白质分离及提纯 Working With Proteins Experimental techniques for protein analysis and characterization Purification steps A cell contains many types of proteins In the lab we want to isolate a single protein for experiments Purification steps We first grow cells or isolate tissues that contain the protein of interest We break open the cells to produce a crude extract Use centrifugation离心 to separate soluble from insoluble material We fractionate 分离 the protein mixture based on properties of such as size, charge affinity or solubility.

丹磺酰氯与氨基酸反应生成荧光性质强和稳定的磺胺衍生物，用于多肽链NH 用于多肽链 3末端氨基酸的标记烃基化反应(1) 2，4-二硝基氟苯2，4-dinitrofluorobenzene，二硝基氟苯(二硝基氟苯 DNFB也叫做试剂。DNFB在弱碱性溶液也叫做Sanger试剂试剂中与氨基酸发生取代反应，生成黄色化合物二硝基二硝基苯基氨基酸(dinitro phenyl amino acid， DNP氨基酸氨基酸)苯基氨基酸氨基酸(2)苯异硫氰酸酯(phenylisothiocyanate， PITC)在弱碱性条件下，与氨基酸反应在弱碱性条件下，生成苯乙内酰硫脲 PTH衍生物，(phenylthiohydantoin， PTH)衍生物，即PTH-氨基酸，此反应又称之Edman反应，该反应是蛋白质或多肽氨基酸序列测定常用的反应。

Mainly using protein - film voltammetric technique, we have achieved direct electrochemical response of lots of proteins such as hemoglobin, myoglobin, cytocrome c, cytocrome b5, horseradish peroxiase, GOD ,Vitreoscillia sp. haemoglobin, etc., at a series of protein membrane modified electrodes, for instance, protein/kieselgubr, protein/polyethylene glycol, protein/polyethyleneimine, protein/phosphatidylcholine, protein/DNA, protein/montmorillonite/polyvinyl alcohol, protein/silver nanoparticle/ cysteamine membrane modified electrode, etc., which are prepared by casting, incorperating or layer by layer self-assembly methods. Electrochemical behavior of these proteins in the films have been studied, and their structural and conformational changes have also been examined with spectrometric techniques.

三年来，在基金委的支持下，我们以蛋白膜伏安法这一新技术作为主要的研究手段，并结合其他生物、化学技术，研究了血红蛋白、肌红蛋白、细胞色素C、细胞色素b5、辣根过氧化物酶、葡萄糖氧化酶以及好氧革兰式阴性菌透明颤菌中的血红素类蛋白等多种蛋白质在以涂布和自组装方法制成的蛋白质/硅藻土膜、蛋白质/聚乙二醇膜、蛋白质/卵磷脂膜、蛋白质/聚乙烯亚胺膜、蛋白质/蒙托石/聚乙烯醇自组装膜以及蛋白质/银胶/半胱胺自组装膜等修饰电极上的直接电化学行为，结合各种光谱技术，对蛋白质在膜中的构象进行表征，探索其电子传递机理。

First we first establish the apoptosis of related protein glossary database, then downloads the neurodegenerative disorders of apoptosis related abstract from the on-line biomedicine literature , and searchesfor the protein information database of the neurodegenerative disorders of apoptosis related pathway, then uses the data mining technology,with apoptosis of protein related glossary database use already establishment. Automatically searches for the neurodegenerative disorders of apoptosis related protein by the program in the biomedicine literature abstract separately in,(1) a sentence,(2) two sentences,(3) aliterature, finding simultaneously appears protein-protein interation. And comparing to the neurodegenerative disorders of apoptosis related protein database, looking for their repetition. This result comparing to the known neurodegenerative disorders of apoptosis related pathway, thus looking for unestablished neurodegenerative disorders of apoptosis pathway.

首先我们先建立细胞凋亡讯息蛋白质相关词汇字库，再从线上生物医学文献下载神经退化性疾病细胞凋亡相关文献摘要，并且搜寻线上蛋白质资料库中神经退化性疾病之细胞凋亡讯息蛋白质传递路径，接著利用文献探勘技术，使用已建立之细胞凋亡讯息蛋白质相关词汇字库，以程式自动在生物医学文献摘要中搜寻神经退化性疾病细胞凋亡相关蛋白质分别在，（1）一个句子、（2）二个句子、（3）一篇文献，中同时出现的两两蛋白质关系，再与已知线上神经退化性疾病细胞凋亡讯息传递路径资料库的蛋白质两两关系做比较，找出两者重复建立的部分，把这个结果与线上已知之细胞凋亡讯息传递路径资料库蛋白质关系作比较，由此找出尚未建立之细胞凋亡讯息传递路径图。

To facilitate the applications of biologically functional protein in drug design, it is necessary to have a thorough understanding of their conformations and their interactions with the receptors. NMR spectroscopy has the unique ability to retrieve information about 3D structures of proteins and their interactions with the target proteins in solution. Many NMR techniques have been used to study a number of pharmaceutically important proteins and characterize their interactions with the targets. In this review, we will introduce these NMR methods and show how to utilize them for protein drug design.

为了设计具有生物功能性的蛋白质来当作药物，我们必须对其蛋白质结构与其受体在结合时的作用有完整清楚的了解，而核磁共振光谱具有独特的能力，可以获得溶液状态下蛋白质结构以及蛋白质与标的蛋白质交互作用间的资讯，目前已有许多核磁共振光谱技术运用到蛋白质药物的研究，并确认它们与其标的蛋白质间的作用模式，笔者将在本文中介绍这些技术，以及如何运用它们来获取重要资讯，俾设计蛋白质药物。

Thirdly, the precipitation phenomena and pH-curves of the compressed COi-ethanol-water system with BSA or lysozyme were studied, and it was found that: BSA would precipitate when pH of solution decreased close to isoelectric point, and the precipitate would redissolve when pH decreased further.

蛋白质分子结构数据表明，乙醇还在一定程度上改变了蛋白质分子的表面结构，这影响到了蛋白质的缓冲能力等特性，从而乙醇对加压CO_2-乙醇-水-蛋白质多元体系的pH变化有降低的作用，这使体系可处理的蛋白质浓度较加压CO_2-水-蛋白质体系大幅度提高。

The physiology characters of the leaf of ear in different periods have been studied It is showed that the water content and protein content,leaf_area and protein weight per square of leaf of ear from silking to 42d after silking all reduce gradually , but dry-weight and leaf -area did not do The correlate analysis showed that the protein content of leaf of ear in different periods and protein- weight per square did not correlate significantly with protein content of seed Dry weight of leaf of ear was ...

研究不同时期穗位叶的部分生理性状表明：从吐丝期至其后 4 2d ，穗位叶的含水量、单位叶面积、蛋白质含量和单位叶面积蛋白质重量均呈现一个逐渐下降的趋势；穗位叶叶片干重和叶面积基本保持不变。相关分析表明，不同时期穗位叶的蛋白质含量、单位叶面积蛋白质重量与子粒蛋白质含量无关，而吐丝期穗位叶干重和子粒蛋白质含量呈显著正相关

The seed embryoes were penetrated by 〓 ion beams of 75 MeV/u and the seed endosperms were implanted by the proper degraded 〓 ions, and soluble protein of the seedling in M1 generation was divided into 5 sections to analyze their changes at different molecular weight. 1 In comparison with control, the relative content of the second section (molecular weight is heavier in all sections) of all irradiated materials got down, while the relative content of the fifth section (molecular weight is the lightest) of those went up. 2 The penetrating seeds made the relative content of the first section (molecular weight is the heaviest) and the third section (mid-molecular weight) drop, while the fourth section went up. Moreover, the changes of the third section and the fourth section of the penetrated materials were clearly different from those of the implanted materials. 3 The difference between implanted embryo and implanted endosperm existed in deeper dropping of the first section and higher rising of the fifth section on relative content of soluble protein of the latter. 4 On irradiated materials at lower doses, there were exceptional changes of soluble protein, it may be thought that there was excited effect of low dose.

1.75MeV／u 〓O〓离子经过适当降能后注入小麦种子的不同部位和贯穿整个种子，对其M1代幼苗的可溶性蛋白质组分以及电泳中不同区段蛋白质组分相对含量加以分析，结果表明：1）同对照相比，随着辐照剂量的增加，所有辐照材料第二区段蛋白质组分的相对含量下降；而第五区段蛋白质组分的相对含量升高。2）种子的贯穿处理，同时也引起第一区段和第三区段蛋白质组分相对含量的下降以及第四区段的升高；其中第三、四区段的变化明显区别于注入效应。3）注入胚和胚乳的区别在于后者第一区段蛋白质组分相对含量的较大下降和第五区段的较大提高。4）小剂量辐照的材料，可溶性蛋白质组分的变化异常，可能与低剂量辐射兴奋效应有关。

In order to identify the proteins which are responsible for the better fruit set in heat-tolerant variety than in heat-sensitive one, we used two dimensional electrophoresis systems to separate isolated proteins from developing anther and looked for the proteins up-/down-regulated in heat-tolerant variety. In doing so, two selected cultivars, CL5915, the heat-tolerant, and L4783, the heat-sensitive, were grown at the same time in a phytotron at both 30/25℃ and 25/20℃. The proteins isolated from developing anthers of heat-tolerant variety grown in 30/25℃, were subtracted to remove the common genetic background.

因此为了鉴定出在高温逆境下与番茄著果率提升有关之蛋白质体，我们利用亚蔬中心所提供耐热番茄(Solanum lycopersicum， formerly Lycopersicon esculentum)品系CL5915与不耐热品系L4783，藉由控制二品系间生长温度之差异（热逆境30/25℃与一般生长环境25/20℃），在雄蕊发育早期利用蛋白质体学技术分析可溶性蛋白质，比较并扣除共有之遗传背景之蛋白质后，将二品系间具有差异的可溶性蛋白质筛选出来，并进一步利用LC-ESI MS/MS进行蛋白质身份鉴定。

And he says, exporting them would not be as costeffective as exporting other forms of proting protein 蛋白质 such as chiken.

他说，出口鸽子不比出口其他形式的蛋白质划算，比如鸡肉。

与蛋白质相关的网络解释 [注：此内容来源于网络，仅供参考]

protein crystalloid：蛋白质似晶体

蛋白质;复蛋白质 proteid;protein | 蛋白质似晶体 protein crystalloid | 蛋白质轮回 protein cycle

denaturation：蛋白质的变性作用

天然蛋白质受到某些物理或化学因素的作用,使蛋白质严格的空间结构受到破坏(不包括肽键的断裂)而引起蛋白质若干物理、化学和生物学性质的改变,这种现象称为蛋白质的变性作用(denaturation).

l Hits：瑞士新近建立的一个蛋白质结构域数据库

l InterPro,集成的蛋白质结构域和功能位点数据库. | l HITS,瑞士新近建立的一个蛋白质结构域数据库. | l BLOCKS,蛋白质分类与同源性数据库,包含蛋白质家族中保守区域的组块多序列联配的数据.

proteinaceous pellicle：蛋白质表膜

protein splicing 蛋白质剪接[通过翻译后加工去除蛋白质内含子] | proteinaceous pellicle 蛋白质表膜 | proteinoid 类蛋白质

salt bridge：蛋白质分子中 属 子形成的 子键结

63. molecular chaperones: 帮助蛋白质摺叠成具生物活性的蛋白质 | 64. salt bridge: 蛋白质分子中 属 子形成的 子键结 | 65. hydrophobic interaction: 稳定蛋白质三级结构的主要作用

protein splicing：蛋白质剪接[通过翻译后加工去除蛋白质内含子]

protein mapping 蛋白质作图[分析提取物的蛋白质组成] | protein splicing 蛋白质剪接[通过翻译后加工去除蛋白质内含子] | proteinaceous pellicle 蛋白质表膜

molecular chaperones：帮助蛋白质摺叠成具生物活性的蛋白质

62. denaturation of protein: 蛋白质正常摺叠的 体结构瓦解称之 | 63. molecular chaperones: 帮助蛋白质摺叠成具生物活性的蛋白质 | 64. salt bridge: 蛋白质分子中 属 子形成的 子键结

protein intron：蛋白质内含子[蛋白质序列中间经过翻译后加工而去除的区段]

proteasome 蛋白酶体 | protein intron 蛋白质内含子[蛋白质序列中间经过翻译后加工而去除的区段] | protein isoform 蛋白质异形体[例如由同种mRNA前体经可变剪接而产生的不同蛋白质]

protein intron：蛋白质内含子

protein glycation 蛋白质糖化,蛋白质加糖(作用) | protein intron 蛋白质内含子 | protein isoform 蛋白质异形体

proteid;protein：蛋白质;复蛋白质

保护组织 protective tissue | 蛋白质;复蛋白质 proteid;protein | 蛋白质似晶体 protein crystalloid